Landa's Breakthrough Nanographic Printing Presses
Thursday, May 03, 2012
Press release from the issuing company
Landa Corporation today announced the details of its groundbreaking Landa Nanographic Printing Presses that are set to transform mainstream commercial, packaging and publishing markets. With output speeds comparable to offset presses and employing NanoInk colorants that create unprecedented image qualities, the Landa Nanographic Printing Press portfolio is set to fundamentally change printing as we know it.
Landa Founder, Chairman and CEO Benny Landa says, "Nanography is a new technology for applying ink to paper. In developing Landa Nanographic Printing we had to re-think and reinvent the printing press. The result is digital printing with remarkable performance - from a family of presses that share stunning ergonomic design, a small footprint and some of the most advanced user functionality available in the market."
Landa Nanographic Printing Presses
Each of the three sheetfed presses can print in up to eight colors and can use spot and specialty colors for a range of applications including general commercial printing, marketing collateral, medium-run books and manuals, direct mail and short-run folding cartons:
The three web presses can print in up to eight colors and are aimed at commercial printing, publishing, labels, and flexible packaging:
"Landa Nanographic Printing Presses are intended not to replace offset printing, but to complement it. For the foreseeable future, offset printing will continue to be the preferred method for producing run lengths of tens of thousands or hundreds of thousands," says Benny Landa. "But the market is demanding shorter and shorter run lengths - and that's where Nanography comes in - to enable print service providers to produce those short to medium run lengths economically - at offset speeds. That's what we mean when we say that Landa Nanographic Printing brings digital to the mainstream."
The Nanographic Printing Process
Nanographic Printing begins with the ejection of billions of microscopic droplets of water-based Landa NanoInk onto a heated blanket conveyor belt. Each droplet of aqueous NanoInk lands at a precise location on the belt, creating the color image. As the water evaporates, the ink becomes an ultra-thin dry polymeric film, less than half the thickness of offset images.
The resulting image is then transferred to any kind of ordinary paper, coated or uncoated, or onto any plastic packaging film - without requiring pre-treatment. The NanoInk film image instantaneously bonds to the surface; forming a tough, abrasion-resistant, laminated layer that doesn't leave any residual ink on the blanket.
Since NanoInk images are already dry, there is no need for post drying. Doubled-sided printing becomes simple and printed goods can be immediately handled, right off the press, even when using the most aggressive finishing equipment.
Unique Graphic User Interface
The right side of the display is dedicated to job management. Here, the operator can easily organize the optimum job sequences for maximum press utilization aided by one of the many built-in job management tools. The left side of the touchscreen is dedicated to press functions. Real time graphics show the status of all press functions and stream live video images of each of the key stations including sheet feeding, image transfer and sheet delivery. Every function, such as ink levels, paper supply, and operational status, are clearly and intuitively displayed.
Due to the high degree of automation on Landa Nanographic Printing Presses, a single operator can manage two, three or even four presses at a time. When the operator leaves the press, the display switches to Vital Signs Mode, in which key indicators are presented in large fonts that can be easily read from 50 meters away. In addition, the entire user interface is duplicated on a portable touchscreen tablet that can be magnetically attached to the press at any convenient location.
By David Smith on May 03, 2012
Sounds like a thorough rethink on Indigo technology with the heated blanket transfer process. Very interesting, I am anxious to see printed output and the platform itself and to see how far from the market it actually is.
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